3D Porous Graphene Sensing Strip Electrode

Gii-Sens Pure 3D Porous Graphene Electrode

The Gii-Sens Pure 3D Porous Graphene Electrode is a next-generation electrochemical sensor built using a proprietary 3D graphene fabrication technology. Unlike conventional screen-printed sensors, this electrode features a vertically aligned, porous graphene architecture that maximises electron transfer, surface area, and sensitivity - ideal for chemical sensing, metal ion sensing, biosensing, environmental analysis, and electrochemical research.

The core of this electrode is its 3D foam-like structure, enabling ultra-low detection limits across a wide range of redox analytes. It offers significantly higher active surface area and conductivity than standard carbon or flat graphene films. This structure allows enhanced interaction with biomolecules, ions, or nanomaterials. Each Gii‑Sens electrode is fabricated on a thin, flexible polyimide substrate,

This technology has shown superior performance in biosensor platforms, enzymatic assays, point-of-care diagnostics, and impedance spectroscopy setups. It supports techniques like CV, DPV, amperometry, and EIS.

Now available through ScienceGears, the authorised distributor for Australia and New Zealand, this electrode provides researchers direct access to a powerful 3D graphene sensing platform for high-performance applications.

Key Features:

• ✔ Vertically aligned porous graphene for ultra-high sensitivity

• ✔ Enhanced electrochemical active surface area

• ✔ Ceramic substrate (27.5 × 10.1 mm) for durability and insulation

• ✔ Low background current and strong signal-to-noise ratio

• ✔ Ideal for biofunctionalisation and diagnostic research

• ✔ Compatible with most commercial SPE connectors
  
  

Ready to upgrade your sensing platform?
Contact ScienceGears for technical details, datasheets, or bulk pricing options.